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test-and-measurement:analog-discovery-2:hardware-design-guide [2022/03/28 21:23] – Update xilinx links Arthur Browntest-and-measurement:analog-discovery-2:hardware-design-guide [2022/10/04 11:38] (current) – external edit 127.0.0.1
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 $$ - 5.45V <  - 5V < V_{ACoutAWG\;HG} < 5V < 5.45V$$ $$ - 5.45V <  - 5V < V_{ACoutAWG\;HG} < 5V < 5.45V$$
-$$ - 1.36V < 1.25V < V_{ACoutAWG\;LG} < 1.25V < 1.36V\label{39}\tag{39}$$+$$ - 1.36V < - 1.25V < V_{ACoutAWG\;LG} < 1.25V < 1.36V\label{39}\tag{39}$$
  
  
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 $$at\;Low\;Gain:\;\;\;\frac{{2.72V}}{{{2^{14}}}} = 166\mu V$$ $$at\;Low\;Gain:\;\;\;\frac{{2.72V}}{{{2^{14}}}} = 166\mu V$$
-$$at\;High\;Gain:\;\;\;\;\;\frac{{10.9V}}{{{2^{14}}}} = 665\mu V\label{40}\tag{40}$$+$$at\;High\;Gain:\;\;\;\;\frac{{10.9V}}{{{2^{14}}}} = 665\mu V\label{40}\tag{40}$$
  
 The second term in equation \ref{38} shows the DC component (AWG offset), with a range of (for either LowGain or HighGain): The second term in equation \ref{38} shows the DC component (AWG offset), with a range of (for either LowGain or HighGain):
  
-$$ - 5.5V < 5V < V_{DCoutAWG} < 5V < 5.5V\label{41}\tag{41}$$+$$ - 5.5V < - 5V < V_{DCoutAWG} < 5V < 5.5V\label{41}\tag{41}$$
  
 AD8067 is supplied with $\pm 5.5V$; to avoid saturation the user should keep the sum of AC and DC components in \ref{38} to: AD8067 is supplied with $\pm 5.5V$; to avoid saturation the user should keep the sum of AC and DC components in \ref{38} to:
  
-$$ - 5.5V < 5V < V_{outAWG} < 5V < 5.5V\label{42}\tag{42}$$+$$ - 5.5V < - 5V < V_{outAWG} < 5V < 5.5V\label{42}\tag{42}$$
  
 Only **bolded** ranges are used in equations \ref{39}, \ref{41}, and \ref{42}, for providing tolerance margins. Only **bolded** ranges are used in equations \ref{39}, \ref{41}, and \ref{42}, for providing tolerance margins.